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Biography
Ranveer Matharu is currently at the University of Nottingham, where he teaches Software Engineering and Electrical and Electronic Devices and Circuits on the Electro-mechanical Engineer Degree Apprenticeship programme. Ranveer holds extensive expertise in optical engineering, interferometry, and advanced sensing technologies, with a strong track record in both research and teaching environments.
Prior to joining Nottingham, Ranveer served at the University of Derby, where he delivered teaching and research on the Rolls Royce Nuclear Degree Apprenticeship programme, serving as the leader for the electrical pathway. His teaching portfolio included Electrical Engineering Principles, Engineering Mathematics, Control and Instrumentation Engineering, and co-delivery of Sensors and Embedded Systems. His teaching integrated practical research experience with fundamental electrical engineering principles in relation to Nuclear engineering.
Before his teaching roles, Ranveer was a researcher at Coventry University, specialising in Optical Engineering with research interests focused on photonics and sensing for healthcare and industrial applications. His research contributions centred on the principles of interferometry, machine vision systems for manufacturing metrology, and the Internet of Things (IoT) for industrial optimisation. At Coventry, he led the integration of optical and electronic technologies to deliver solutions for industrial manufacturing through process control and on-demand, inline measurement capabilities. His work encompassed the development and fabrication of optical and electronic sensor-based systems, employing advanced signal processing and analysis methods including big data and data analytics.
Earlier in his career, Ranveer conducted research at Loughborough University, where he developed an on-machine optical system to measure and quantify surface topography using low coherence interferometry for an electrochemical jet machining process. Ranveer obtained his PhD from the University of Queensland in Brisbane, Australia, where his doctoral research focused on temperature effects in self-mixing lasers, developing optical systems that leveraged the self-mixing effect.
Teaching Summary
Software Engineering
Electrical and Electronic Devices and Circuits
Electrical Engineering Principles
Engineering Mathematics
Control and Instrumentation Engineering
Sensors and… read more